Dehumidifying Dryer Series

Application Scenarios of PET-Specific Mold Dehumidifier​ The dehumidifier supplies -10℃ dew point dry air to mold surfaces, blocking moisture from cold PET molds and eliminating condensation defects—critical for PET production.​ 1. PET Bottle Preform Injection​ For beverage/food PET preforms (especially hot runner molds).​ Molds cool rapidly via ice water (surface temp  shorten cycles, causing condensation. Its -10℃ dew point air keeps cavities dry, avoiding bubbles/cold spots and maintaining preform transparency.​ 2. High-Humidity PET Workshops​ Used in rainy seasons, coastal areas (humidity >60%), or open spaces.​ Even with dried raw materials, workshop moisture condenses on molds. Its -10℃ dew point air creates a dry barrier, preventing preform appearance issues 24/7.​ 3. High-Requirement PET Products​ For food-grade PET packaging, transparent containers, and precision parts.​ Condensation ruins appearance and causes mold rust. Its -10℃ dew point air stops condensation and protects molds.​ 4. Mass Continuous PET Production​ In large-scale manufacturing, continuous mold cooling leads to persistent condensation (regular air-blowing fails).​ Its stable -10℃ dew point air supports 24/7 production, boosting efficiency by 20% and cutting rejection rates by 15%.

Brief Introduction to European-Style Dryer for Injection Molding Industry Tailored specifically for the injection molding sector, this European-style dryer integrates advanced European design concepts with industry-specific drying technology. It is engineered to address the critical requirement of moisture removal for plastic raw materials—ensuring consistent material quality and flawless injection molding results. Typical Applications Ideal for injection molding enterprises producing auto parts, electronic components, household appliances, medical devices, and plastic products. It is a reliable drying solution for scenarios requiring high-quality, high-stability plastic material preparation—helping improve production yield and product consistency.

Introduction to Euro Dryer Euro dryer is a high-performance category of drying equipment designed and manufactured in line with European industrial standards, technical norms, and environmental requirements. Distinguished by their advanced technology, rigorous quality control, and energy-saving features, they are widely recognized in global manufacturing industries—especially in plastic processing, injection molding, extrusion, and high-precision material handling fields.Euro dryer represent a premium solution for modern drying needs, combining European engineering excellence, intelligent technology, and environmental responsibility. For businesses seeking to upgrade their production lines with high-efficiency, low-consumption, and high-quality equipment, European-style dryers are a valuable investment that drives both operational efficiency and product quality improvement.

Introduction to Hopper Dryers​A hopper dryer is an essential piece of equipment widely used in plastic processing, injection molding, extrusion, and other manufacturing industries. Designed to remove moisture and humidity from granular or powdered raw materials, it plays a critical role in ensuring product quality, reducing production defects, and optimizing processing efficiency.​​ Hopper dryers are versatile and adaptable to various industrial needs. They are available in a range of capacities, from small tabletop units for laboratory or low-volume production to large industrial models capable of handling several hundred kilograms of material per hour. Beyond plastics, they are also used in drying materials like rubber, chemicals, and food particles, making them a valuable asset across multiple sectors.​   <div style="position: relative; text-align: left;" data-slate-node="element" 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Industry & Process Scenarios Injection Molding: Direct machine-mount design offers individual units for dehumidification, drying, and conveying, saving floor space and boosting automation.   Blow Molding: Ensures PET and other resins reach optimal dryness before molding, avoiding defects like bubbles or black spots.   Extrusion & Pelletizing: Pre-dries high-moisture compounds for pipes, sheets, and profiles, ensuring dimensional stability and mechanical performance.   Central Material-Feeding Systems: With two- or three-stage conveying, one dryer can supply multiple injection or extrusion machines—ideal for large factories’ centralized hopper systems.

Industry & Process Scenarios Injection Molding: Direct machine-mount design offers individual units for dehumidification, drying, and conveying, saving floor space and boosting automation.   Blow Molding: Ensures PET and other resins reach optimal dryness before molding, avoiding defects like bubbles or black spots.   Extrusion & Pelletizing: Pre-dries high-moisture compounds for pipes, sheets, and profiles, ensuring dimensional stability and mechanical performance.   Central Material-Feeding Systems: With two- or three-stage conveying, one dryer can supply multiple injection or extrusion machines—ideal for large factories’ centralized hopper systems.